34. Key: Amino Acids
Uracil Ribosome
Guanine (tRNA anti-
codon)
Adenine Cytosine Peptide Bond
Met
Start End
Codon Codon
mRNA Strand
35. Key: Amino Acids
Uracil Ribosome
Guanine (tRNA anti-
codon)
Adenine Cytosine Peptide Bond
Met Val
Start End
Codon Codon
mRNA Strand
36. Key: Amino Acids
Uracil Ribosome
Guanine (tRNA anti-
codon)
Adenine Cytosine Peptide Bond
v v
Met Val Ser
Start End
Codon Codon
mRNA Strand
37. Key: Amino Acids
Uracil Ribosome
Guanine (tRNA anti-
codon)
Adenine Cytosine Peptide Bond
v v
Met Val Ser Thr
Start End
Codon Codon
mRNA Strand
38. Key: Amino Acids
Uracil Ribosome
Guanine (tRNA anti-
codon)
Adenine Cytosine Peptide Bond
v v v v
Met Val Ser Thr Val
Start End
Codon Codon
mRNA Strand
39. Key: Amino Acids
Uracil Ribosome
Guanine (tRNA anti-
codon)
Adenine Cytosine Peptide Bond
v v v v
Met Val Ser Thr Val Thr
Start End
Codon Codon
mRNA Strand
40. Key: Amino Acids
Uracil Ribosome
Guanine (tRNA anti-
codon)
Adenine Cytosine Peptide Bond
v v v v v
Met Val Ser Thr Val Thr Pro
Start End
Codon Codon
mRNA Strand
41. Key: Amino Acids
Uracil Ribosome
Guanine (tRNA anti-
codon)
Adenine Cytosine Peptide Bond
v v v v v v
Met Val Ser Thr Val Thr Pro Val
Start End
Codon Codon
mRNA Strand
42. Key: Amino Acids
Uracil Ribosome
Guanine (tRNA anti-
codon)
Adenine Cytosine Peptide Bond
v v v v v v
Met Val Ser Thr Val Thr Pro Val Arg Stop
Start End
Codon Codon
mRNA Strand
45. 1.RNA polymerase binds to DNA and
unwinds it.
2.RNA polymerase goes to the
promoter region to DNA.
3.RNAP reads the DNA and creates
mRNA.
4.RNAP hits the stop codon and releases
mRNA.
5.mRNA leaves the nucleus and enters
the cytoplasm.
46. 1.rRNA forms ribosomes.
2.mRNA binds to ribosome and is read.
3.tRNA proof reads mRNA and transfers
amino acids.
4.Amino acids attach to tRNA, than bind
with peptide bonds.
5.Ribosomes hit the stop codon and
complete the protein.
